Cholesterol, diabetes, diet, Fat, gluten-free, Grain free, Guidelines, hormone, immune system, insulin, insulin resistant, keto, ketogenic, lifestyle, low carb, macros, NAFLD, nurse, nurse practitioner, paleo, PCOS, Uncategorized, vitamin

One Person at a Time – We CAN Change the World

 

It is truly a shame that mainstream medical providers, highly trained and well-educated professionals, continue to encourage hundreds of grams of carbohydrate intake on a daily basis when simple logic shows that the approach is not helping to reduce elevated glucose, decrease weight, lower blood pressure, or improve health in any form at all. For many years, now, the nutritional guidelines have encouraged an intake of 200+ grams of carbohydrates daily, even though our bloodstream only requires 4 grams.  For a person with diabetes and insulin resistance, this advice is detrimental to health.  This recommendation contributes to significant over-eating, poor nutrient intake, and terrible internal chemical imbalance – all of which contribute to chronic metabolic conditions.

This advice does NOT differ for Type 1 diabetics, Type 2 diabetics, or for anyone with insulin resistance. Type 1 patients require insulin administration daily so they can metabolize & properly manage the carb & protein intake.  Type 2 patients often end up using insulin injections because the tablets and diet do not provide enough assistance internally to lower glucose and organ damage.  Patients with insulin resistance often require hundreds of units of insulin a day just to keep glucose levels less than 200.  (Less than 100 is NORMAL.)

Anyone with an over-the-counter glucometer can determine this simple and logical conclusion quite easily. Test glucose prior to eating; test again about 2 hours after eating.  If glucose level changes more than 10 numbers, there are likely many carbohydrates in that meal.  So, next meal, test again, leaving out those particular carbohydrates.  Determine for yourself just how to eat with minimal impact on glucose level.

Even a non-scientist understands the simple anatomy and physiological response within our bodies.

“The problem is that carbohydrates break down into glucose, which causes the body to release insulin—a hormone that is fantastically efficient at storing fat. Meanwhile, fructose, the main sugar in fruit, causes the liver to generate triglycerides and other lipids in the blood that are altogether bad news. Excessive carbohydrates lead not only to obesity but also, over time, to Type 2 diabetes and, very likely, heart disease.” – Excerpt from The Wall Street Journal, https://www.wsj.com/articles/the-questionable-link-between-saturated-fat-and-heart-disease-1399070926, retrieved 2/21/2018.

Why is testing like this necessary? Testing glucose is necessary to gain control of your own illness and health. Medical providers are trained to prescribe medications that are produced and sold to provide a source of steady income to drug companies.  Medical providers need a steady and full schedule of patients in order to provide a steady income for their staffs and themselves.  Medical providers have NO coursework in nutrition, except for a freshman or sophomore course as a pre-requisite to professional medical, nursing, or nutrition school.  There is NO training whatsoever for medical providers to learn how to incorporate nutrition as a part of therapeutic treatment for chronic metabolic conditions.  They never hear the word ketogenic nutrition; they have no idea what normal and natural ketosis is.

That said, mainstream providers do the best they can with info and training they’ve been provided; none of them actually WANT us sick or on meds. It is simply all they know.  Medical providers have guidelines and “standards of care” to which we’re held responsible.  These guidelines encourage us to prescribe certain medications as diabetes is diagnosed and then progresses. We are to obtain certain lab testing at specified intervals.  We are trained to tell patients that an A1c of 7 or less is “NORMAL for a diabetic.”  We are trained to use these guidelines as our “logic” and reasoning, even though very little of the guidelines has any actual research supporting the use; most of the research quoted has been debunked many times over the past 5-8 years by independent experts without financial interest in the outcomes.

Why do our trusted and trained medical providers offer such flawed advice? It goes back 50-70 years.  It started in the 1950s when President Eisenhower suffered a heart attack while in office.  Some strong personalities were already studying and researching diet and the impacts of diet on health.  Ancel Keys is credited with starting this avalanche of low fat diet advice, but others quickly hopped on his bandwagon.  The often-quoted and cited Framingham Study also released only part of the data collected and was used as “evidence” that saturated fats caused high cholesterol which caused deadly heart disease. However, Dr. William Castelli, a former director of the Framingham Heart study, stated in a 1992 editorial published in the Archives of Internal Medicine:

In Framingham, Mass., the more saturated fat one ate, the more cholesterol one ate, the more calories one ate, the lower the person’s serum cholesterol. The opposite of what… Keys et al would predict…We found that the people who ate the most cholesterol, ate the most saturated fat, ate the most calories, weighed the least and were the most physically active.”

This major piece of data was NOT released as part of the study; it only came out later as part of the editorial by the former director of the study. By 1980, so much money and time had been invested in low-fat dietary research, it seemed no one could stop it. Thus, the “Standard Dietary Guidelines for Americans” was published. Later, the American Heart Association also joined in the support of these guidelines; the American Diabetes Association also began to support these guidelines.  No science.  No independent research data. Thus, we the people were “fleeced” and fell right in line with this dietary advice.  We began cutting fats and one of the first fats to go was milkfat, and then animal fats.

milkfat pic          animal fat pic

However, look at what happened to the weight of Americans.

 

Multiple resources offer similar trends in weight; notice the trend of weight gain began during the 1970s and 80s, when low-fat dietary advice was pushed forward as “healthy.”

disease trends

Using some simple common sense and logic, we can review history and data and draw some logical conclusions based on these numbers. As fat intake declined, obesity and heart disease rates increased.  What replaced the fat?

carb intake

474 grams of carbohydrates will be converted into 118 TEASPOONS of glucose – that’s 2.5 CUPS of sugar. Just what do medical experts EXPECT our bodies to do with this much glucose?

Even at the lowest ADA recommended intake of 165 grams of carbs per day, those carbs convert into nearly 7 ounces of glucose – almost 1 whole cup of glucose.

Think about our most vulnerable of our population: our children. Then, narrow down that population to Type 1 children. Current recommendations for managing this illness is to eat high amounts of carbohydrates and to administer higher and higher amounts of insulin to lower the glucose load.  How does this advice even seem normal, now that we’ve seen the data? Do their brains develop normally with such significantly elevated glucose levels? Some experts are calling Alzheimer disease Type 3 diabetes because we now recognize the brain damage done by high glucose and high insulin levels – yet, it’s the “standard” treatment for our most vulnerable population?  Why would we actually WANT our children to consume hundreds of grams of carbohydrates daily, just to be able to dose higher amounts of insulin? Why should we continue to advise high carb intake when it has now been linked to higher rates of non-alcoholic fatty liver disease, infertility, and even cancer – even in our children? I fail to see the logic.  Our children deserve better.  Our children deserve NORMAL glucose levels.  They should not be at risk for developing “double diabetes,” because we continue to encourage high carb intake and high insulin use, forcing their bodies to become insulin resistant over time.  These children are one of our most valuable resources; why can’t we provide better advice and care?

One person at a time. One medical provider at a time.  One conversation at a time, we are taking charge of our own health.  We are doing the “research” by checking our own glucose.  We track our intake.  We, at the grassroots level, are doing research that government and agencies and companies should have done half a century ago.  We are cutting out the highly inflammatory grains.  We are cutting out sugar.  We are eliminating the cause of our metabolic disease, and our health improves because we are PRO-active instead of reactive.  We are using food as our medicine…. Isn’t that what Hippocrates said?  “Let food be thy medicine and medicine be thy food.”  And our medical physicians take the Hippocratic oath, which includes the phrase, “do no harm.”  I think it’s time we hold our providers accountable for their advice.  What do YOU think?

Advertisements
Cholesterol, diabetes, diet, Fat, gluten-free, Grain free, Guidelines, insulin, insulin resistant, keto, ketogenic, lifestyle, low carb, nurse practitioner, Uncategorized

Tips & Tricks to Master LCHF 

Sometimes life impacts our food choices and our intake of processed foods increases, although they may be higher in fat or lower carb. Many times, I get messages, asking for our “approval” to consume off-plan foods like keto breads and ice creams. While some of these foods’ ingredients may be included on the LCHF food list, I strongly encourage people to consume the majority of your intake from real foods. Real meats. Real vegetables. Real fats. Eating from a bag, box or can/jar provides very few essential vitamins and minerals because many manufacturing methods contribute to decreased nutrients. Vegetables contain a lot of micronutrients and phytonutrients our bodies use daily; some have to be replaced regularly. Going days or weeks without any vegetables at all can contribute to a variety of vague symptoms, including increased fatigue, headache, & nausea. There are no magic vitamins in a bottle that can replace your veggies. Meats are strongly encouraged on LCHF as they also contain many essential nutrients, especially red meat – beef, venison, & other wild game. Red meat is about the only source of high quantities of b12 & iron – both of which are essential to our health. Chicken, turkey & pork contain only minuscule amounts of iron,if any at all. Iron is what gives meat its red color, thus the need for red meat. (Yes, vegetarians can eat LCHF, but must pay very special attention to the iron and b12 sources or risk poor health.) 

Do not fear red meat. Red meat has been falsely accused of causing health hazards. People survived eating red meat and its fat for centuries before the industrial revolution came along and packaged all our food. Manufacturing processes, including planting, harvesting, & packaging always decrease nutrient density – meaning everything that comes from a company and packaged, contains very little nutrition. Choose real bacon over turkey bacon. Choose 30% fat in burger meat. Choose real butter over margarine. Choose preservative-free foods when possible. 

Questions about bacon always surface… LOL Bacon IS best with fewest additives, or if you can find pork belly or side meat, it usually doesn’t have added sugars or preservatives; even so, most bacon is still way better for us than most anything in a bag or box. 

Baaaaacon!

Reading nutrition labels and ingredient lists is required reading for truly gaining control over health. Just because a nutrition label says 1.5 grams of carbs per serving doesn’t always mean it’s good for you. Look at ingredients –

Watch for hidden grains, sugars, and dextrin components. There are over

60 different terms that companies use to disguise sugar. Become aware of how companies sneak sugars and sweeteners into their packages. If the 1.5 grams of carbs come from wheat, and you’re sensitive to it, those carbs might send your glucose jumping! And then you’ll battle that glucose spike for hours or even days. Also, remember to check serving size. An example is a 20 ounce soda which is typically 2.5 servings; nutrient info then is NOT for the entire bottle.

Choose water over soda, sparkling drinks, and commercially prepared flavored waters – most of these items contain added sweeteners of one sort or the other and will almost always impact glucose level. Avoid ALL foods labeled as sugar-free and read labels extremely carefully. If it’s sugar free, the company has added SOMETHING to it to make it palatable and desirable. Manufacturers are catering to our “sweet tooth” by making foods sweeter and sweeter; heck, they are even modifying our fruit for maximal sweetness!!
Speaking of fruits… avoid them! In low carb nutrition, we recognize the horrible impact of fruits on our glucose levels. But most people who’ve followed the ADA way for many years are totally unaware that fruit has such an impact. They still believe fruits are good for us, but they aren’t. Only occasional berries – AFTER glucose normalization occurs – are allowed on our LCHF way of eating. If in doubt, perform your own experiment. Test before and after. For experts and such highly educated people to proclaim that fruits and grains are good for us over the past 50 years, is beyond my comprehension. They claim their diet is based on scientific data – tests – measurable numbers. But they’ve never run REAL tests! Their diet is based solely on hypothesis and conjecture. Our way of eating is based on 70+ scientific studies AND thousands of people who live LCHF every day.  
Read vitamin & supplement labels! Many contain cellulose, maltodextrin, corn syrup solids, and wheat as binders and fillers; these items will cause elevated glucose levels. Be very wary of any vitamin drink, protein shake, or miracle concoction that promises symptom relief or improved health. Most of these mixes are completely filled with difficult-to-pronounce chemicals, not foods. Even the “all-natural” ones are loaded with sugars. (Just a side note: cyanide & arsenic are natural.) Our bodies were meant to eat/chew food, not obtain empty calories from chemical concoctions. It’s important for the brain to perceive intake, and part of that process includes chewing. Drinking calories totally bypasses that signal to the brain, and so the body can still feel hungry and not satiated, even with hundreds of calories consumed. 


Hopefully, these tips will help y’all get a better grasp of how I eat and teach people to eat and how so many people are able to drastically reduce glucose levels and lose weight. If you are at a stall — your glucose just won’t fall any more, or your weight just isn’t budging — it may be time for re-evaluation of your intake; take a real look at the packaging you’re eating from. Look at all labels. Look at all ingredients. Look at serving sizes. Eat fresh or frozen veggies – without added sauces and such. Canned veggies can be ok – but always check labels.  
Record all intake and verify nutrient info in your app with google or label on package. The more accurate your info, the healthier your intake will be. Many apps are “editable” by users – meaning you could enter data that says your avocados only have 1 gram of carbs per avocado – very untrue. But if that’s what you select in your app, your numbers will not be accurate and it will show in your glucose level — but you will be posting about how frustrating it is to eat from the list but still have high glucose. 
If you’ve reached a stall, you should also re-evaluate your macros – the fats, proteins, & carbs – you’re consuming. There are many methods of identifying ideal weight, but this is the one I use. For the first 5 feet, one is allowed 100 pounds. For females, we’re allowed 5 pounds for every inch over 5′. Males are allowed 6 pounds for every inch over 5′. Divide your ideal weight by 2.2 and this will give you an approx protein need for you at your ideal weight. This is the number of grams of protein you’ll need in one day, and should be approx 15-25% of calories you consume daily. Divide this number of grams by the number of meals you typically have daily and then you’ll know how many grams of protein you’ll need in one meal; also remember that on average, there are approx 7 grams of protein in 1 ounce of meat. For instance, a 4 ounce filet would contain approx 28 grams of protein for one meal of your day. 

To determine your fat needs, double the number of fat grams per day. For example, if your protein needs are 56 grams per day, you should need approx 112 grams of fat in your meals daily, preferably evenly divided over all meals. 


For a female who is approximately 5′ 5″ tall, her protein needs would be approx 57 grams per day, and fat needs would be approx 114 grams per day. 20 grams of carbs would be the maximum allowed. Now, to calculate how much of this is CALORIC intake percentage, we have to convert grams into calories. Carbs provide 4 calories per gram, so for our female client here, that would be 20 x 4 = 80 calories. Protein also provides 4 calories per gram, so this lady would consume 57 x 4 = 228 calories of protein daily. Fats provide 9 calories per gram; 114 x 9= 1,026. Total these: 80 + 228 + 1026 = 1334 calories per day. Then, figure percent of caloric intake: 80/1334 = 6% of intake comes from carbohydrates. 228/1334= 17% of calorie intake is from protein. 1026/1334 = 77% of calories will come from fat. To calculate YOUR needs, follow this example carefully, & you will figure your grams and percentage of calories quite easily. 
If you use current weight or too high of an ideal weight to determine your macro needs, you’re likely to reach stalls and plateaus, becoming frustrated. If you’re very active, your protein needs will be a bit higher; if you’re pretty sedentary, your protein needs will be a bit less. 
I realize I’ve rambled on far too long, now. Sorry about that. I just wanted to share some of these tips because I see many of you struggling with these concepts and questions. 

 

diabetes, diet, gluten-free, Grain free, Guidelines, insulin resistant, keto, ketogenic, lifestyle, low carb, NAFLD, nurse, nurse practitioner, paleo, PCOS, supplement, vitamin

The Truth About Grains

10 Facts You MUST Know About Grains

Whole grains, like wheat, corn, and oats, have been touted for many years as healthy and nutritious, but over the past decade, grains have come under attack. Are whole grains healthy or not? If not, what makes them unhealthy? Looking back over history, grains were never a major source of calories or nutrition until the industrial revolution was able to offer machines for planting, harvesting and processing. Early Americans rarely enjoyed wheat because of the long growing season; the original 13 colonies offered poor growing seasons for wheat and oats; they did find Native Americans growing corn or maize. But even so, corn was very seasonal; they had few methods of storing grains safely for long periods of time.  Reviewing dietary intake of early colonists and Native Americans reveals high intakes of fats and proteins, not carbohydrates. These Americans also had very low rates of heart disease and diabetes; the biggest threat to survival was infection, like pneumonia or tuberculosis.

Over the past decade, authors like David Perlmutter and William Davis have published articles and books regarding the dangers of wheat and other grains. Blogs and social media abound with articles and commentary about grains and the risks they now pose to health. Going “gluten-free” is the new fad among “health bloggers” and “crunchy moms” who are trying to provide improved nutrition to their families and friends. All the while, governmental agencies and non-profit health organizations continue to advocate the consumption of high amounts of grains as part of a healthy diet. So, how do we figure out the truth? What is good or bad about grains? Is gluten-free good nutrition?

Here are 10 facts about grains for you to consider:

  1. All grains, no matter their glycemic index result in elevated glucose levels. Test for yourself. You can purchase glucometers over-the-counter at discount chain stores. Test your glucose first thing in the morning, before eating or drinking anything. This number is your fasting blood sugar level. Eat white bread. Test your glucose level at 30 minutes, 1 hour and 2 hours AFTER eating. Record these numbers. Another day, eat whole grain bread and test again at the same intervals. There will be very little, if any, differences in the percentage of change in your glucose levels. Anyone can do this test; it does not apply only to patients with diabetes.
  2. All breads sold commercially have similar nutritional values. Go to the store and locate the bread aisle. Locate any 2 or 3 brands or kinds of bread and compare the nutrition label. You will find that most breads contain very few vitamins and the ones you DO find, have been “enriched”. Enriched products SOUND healthy, right? However, what that word really means is that most nutrition was stripped during growing or processing, so to make product somewhat healthier-appearing, something was added. Usually it’s iron or B vitamins that are added. But take note of the nutrition label; notice how many carbs are in 1 serving and then how much nutrition is 1 serving providing?   Is the minimal nutrition TRULY worth the high number of empty calories?
  3. According to Davis & Perlmutter, grains, especially wheat, contribute to significant systemic inflammation which in turn creates health problems. Perlmutter has said that wheat may be one of the greatest unrecognized health threats today. Evidenced by a huge rise in diagnosis of celiac disease since 1950, irritable bowel syndrome, diverticulosis, arthritis, fibromyalgia, and even asthma are being linked to wheat intake by some experts. Bloggers and author around the world attest to reducing or eliminating symptoms by eliminating wheat, gluten, or grains in some capacity.
  4. It costs approximately $8 to produce a box of cereal, but cereal sells for approximately $3-4 per box. How is this possible? Many years ago, the small farmers struggled to make ends meet; buying expensive machines to aid in planting and harvesting economically overwhelmed family farms. Farmers appealed to their governmental agencies for help; thus began the biggest subsidy effort undertaken by government ever. Over time, the family farms have all but disappeared, yet, the subsidies continue because they have been passed on as farms were purchased by bigger and bigger corporations.
  5. Genetically modified organisms or GMOs are commonly found to contribute to less nutrition and more inflammation according to a variety of authors and bloggers, including Perlmutter and Davis. With the advent of the industrial revolution, machines took over many processes and techniques involved in planting, harvesting, and processing. In order to speed up & economize processes has genetic modification created potential health hazards? Have GMOs been so altered that they are making us sick? According to NPR.org, genetically modified seeds appeared mysteriously in a farmer’s crop in 2013; these seeds had never been approved for marketing, sale, planting, or harvesting by the FDA. These particular seeds had been treated with a glyphosate-tolerance gene inserted into some varieties. The investigation was finally closed with absolutely no resolution; the GMO seeds were never found to have a source. No one was even found to be responsible for releasing these unapproved seeds into circulation and use. This “release” of GMOs into the fields allows for cross-contamination as pollination occurs.   Because of the lack of governmental oversight and refusal to pursue a responsible party, many authors believe that GMO use is becoming more widespread and is quite subtle, as seen in the example above. Even among our governmental agencies like the FDA, experts are warning that this subtle release of GMOs into our food supply is producing unpredictable and dangerous side effects, likely contributing to all sorts of ailments and illness.
  6. Independent research into whole grain nutrition is extremely limited. Most of the famous recommendations, advocating whole grain consumption as part of a healthy diet, are either produced by or funded by grain growers, supporters, pharmaceutical companies, or governmental agencies that support grain consumption. That’s like the pot calling the kettle black.
  7. Carbohydrates from grains can cause significant gas and abdominal pain in many people because of the way some are digested. FODMAPs are fermentable oligosaccharides, disaccharides, monosaccharides, and polyols – osmotic components of some carbohydrates that pull water back into the intestines, creating discomfort and bloating. This chemical reaction begins to cause fermentation secondary to poorly digested carbohydrates moving through the intestines; fermentation results in gas formation and results in discomfort and abdominal cramping.
  8. Gluten-free is just a new buzzword that many people are using to justify a supposedly “healthier diet.” However, many people who go gluten-free are only substituting other high carb, junk-food type products for gluten. For example, many alternative flour mixes contain bean, rice, or potato flour instead of wheat. Many times, this substitution results in a higher carb intake overall and sometimes even less nutrition. Remember that the front label is designed to attract a customer; most of the nutrition information on the front of packages can be very misleading.
  9. Grains have been encouraged for 50+ years as part of a healthy diet in order to provide “energy”. While carbohydrates DO convert to glucose and are utilized internally for cellular energy, fats are a much healthier source of energy. Overconsumption of carbohydrates is pretty easy, especially when governmental agencies and nutrition experts recommend up to 7-10 servings of whole grains on a daily basis. 1 serving of generic whole grain bread can provide about 12 grams of carbohydrates; multiply 48 calories by 10 servings for the whole day and you see quickly that 480 calories of energy is provided to the body. (Remember that carbs provide 4 calories per gram.) Now, 1 teaspoon of sugar equals 4 grams; eating 10 servings of breads & grains in 1 day is the equivalent of eating 120 teaspoons of sugar. Medical experts have reported that the average healthy adult’s bloodstream usually contains approximately 4 teaspoons of glucose at any given time.  If 4 teaspoons is all we NEED at any given moment, why do health and nutrition experts continue to recommend such enormous amounts of sugar, carbs, and grains?
  10. Whole grains have been advocated as healthy because refined grains are so unhealthy, but labels do not support this idea. Experts have long claimed that whole grains are so much healthier than processed and refined grain products. Reviewing over the previous 9 facts, this author challenges that statement utterly and completely. There are too many questions surrounding the health of grains today; from GMOs, processing methods, enriching products, and uncertain governance from the FDA, grains now take the limelight of nutritional attention. While it is easy to see that refined grains and processed foods include poor nutrition and empty calories, it is often assumed that whole grain versions offer a much healthier and more nutritious alternative; when really reading nutrition labels, it becomes clear that whole grain foods are similarly nearly devoid of vitamins and minerals the body needs.

As more evidence makes it way to the forefront, consumers will make more decisions and choices regarding health and nutrition. Some health care providers are even on board with lower grain and carbohydrate intake because so many ailments improve significantly when patients change eating habits. While carbs have been the “favored” child of nutrition in previous decades, fats may be a better source of energy without significant side effects; healthy fats do not cause weight gain, elevated glucose, high cholesterol, or obesity – all of which are known contributors to heart disease and mortality. Increasing fat intake actually improves many conditions like diabetes, hypercholesterolemia, arthritis, and fibromyalgia. As these conditions are life-altering, increasing fats will provide a much healthier lifestyle with fewer risks of complications and health problems; decreasing carbohydrates will also contribute to a much healthier lifestyle with fewer risks of health problems. The controversies surrounding low carb vs. low fat will continue over the next few years, but more of us in health care can make a difference in people’s lives…. One patient at a time.